Choose from our large range of frame styles. Our framed prints are stylish & classic, they are a very popular choice. Framing options above are simulated & are for illustration purposes only. We will contact you upon placing your order to discuss your framing options in more detail. Timber moulding, finished frame dimensions & more frame detail can be found here.
Classic "Black" & "White" Timbers are also available.
All large prints are posted directly from our lab to you to and are inserted into shipping tube (and wrapped in protective foam) after being carefully rolled. You can keep your print inside this tube to protect it until you decide to frame or mount the image. Take the print to your framer of choice. Care needs to be taken when unrolling the print, be careful not to scratch the printed surface. It is recommended that you only check your print once upon receiving your order, and then return the print to the tube.
Please note: Prints are sent unsigned (unless a signature is requested)
Acrylic Photo Blocks
All canvas prints are printed by Fotofast in Brisbane. As all canvas prints are handmade items, the end result can differ greatly, it takes years of experience to print and manufacture high quality canvas art. The Fotofast team is lead by their very own fine arts graduate who understands our needs.
Canvas Wrap Choices: The default canvas wrapping features a back edge, however a white edge and mirror wrapping is also available. We will contact you to discuss options upon placing your order.
The Kurilpa Bridge in Brisbane.
– Fotoman 617.
– Schneider 90mm f/5.6 Lens.
– Schneider Center Spot Filter.
– Fuji Velvia 50 120 Film.
– F22 @ 2 minutes, 15 Sec.
Capture date: July 2014
Brisbane City from the Kurilpa Bridge, Brisbane QLD.
About the Kurilpa Bridge
The Kurilpa Bridge is the world’s largest hybrid tensegrity bridge. Only the horizontal spars conform to tensegrity principles. The Kurilpa Bridge is a multiple-mast, cable-stay structure based on principles of tensegrity producing a synergy between balanced tension and compression components to create a light structure which is incredibly strong.